<p>This table displays significantly enriched GO terms (using a p-value<0.05) with respect to the “Molecular Function” GO category. (A) Molecular function of genes that show at least two-fold increase of expression value in the <i>green</i> compared to the <i>orange</i> sample. (B) Significantly enriched GO terms in the list of over-expressed genes that show a reduction of methylation. (C) Enriched terms found in the list of under-expressed genes (at least two fold) in the <i>green</i>. (D) Significant molecular function associated to the under-expressed genes that have an increase of methylation. No enrichment was found for GO categories that show both an increase of expression level and an increase of methylation and/or for under expresse...
<p>An enrichment analysis of GO-terms biological processes using DAVID functional analysis revealed ...
GO terms significantly enriched (top) or depleted (bottom three terms) are reported along with the r...
<p>The enrichment analysis (x axis) is expressed as the percentage of sequences at both, test (black...
<p>GO analysis of genes showing the relationship between methylation and gene expression level in re...
<p>NS: number of differentially expressed genes, annotated with a particular GO-term. FE: fold enric...
a<p>Number of genes in the given input gene list which are involved in a specific GO term.</p>b<p>Pe...
<p>(A) Functional annotation analysis of commonly methylated or unmethylated gene promoters in all t...
<p>Additionally, loci in common with the Pearson correlation method are shown in parentheses.</p>*<p...
<p>A. Correlation of H3K4me3 enrichment and gene expression at both TSS and GB region. Genes were gr...
(A) Top 21 significant Gene Ontology (GO) terms of differentially methylated genes for A. ferrooxida...
<p>(A) List of most significant GO terms represented in the biological process category (<i>P<</i>0....
<p>Left panel shows the log<sub>2</sub> odds ratio of genes regulated by high temperature with the G...
<p>The dataset was divided into (A) up- and (B) down-regulated genes and analysed for process GO ter...
<p>A GO analysis to categorize the differentially expressed genes into GO categories was performed. ...
<p>Gene Ontology (GO) term enrichment analysis was carried out using GENECODIS on (A) 127 genes that...
<p>An enrichment analysis of GO-terms biological processes using DAVID functional analysis revealed ...
GO terms significantly enriched (top) or depleted (bottom three terms) are reported along with the r...
<p>The enrichment analysis (x axis) is expressed as the percentage of sequences at both, test (black...
<p>GO analysis of genes showing the relationship between methylation and gene expression level in re...
<p>NS: number of differentially expressed genes, annotated with a particular GO-term. FE: fold enric...
a<p>Number of genes in the given input gene list which are involved in a specific GO term.</p>b<p>Pe...
<p>(A) Functional annotation analysis of commonly methylated or unmethylated gene promoters in all t...
<p>Additionally, loci in common with the Pearson correlation method are shown in parentheses.</p>*<p...
<p>A. Correlation of H3K4me3 enrichment and gene expression at both TSS and GB region. Genes were gr...
(A) Top 21 significant Gene Ontology (GO) terms of differentially methylated genes for A. ferrooxida...
<p>(A) List of most significant GO terms represented in the biological process category (<i>P<</i>0....
<p>Left panel shows the log<sub>2</sub> odds ratio of genes regulated by high temperature with the G...
<p>The dataset was divided into (A) up- and (B) down-regulated genes and analysed for process GO ter...
<p>A GO analysis to categorize the differentially expressed genes into GO categories was performed. ...
<p>Gene Ontology (GO) term enrichment analysis was carried out using GENECODIS on (A) 127 genes that...
<p>An enrichment analysis of GO-terms biological processes using DAVID functional analysis revealed ...
GO terms significantly enriched (top) or depleted (bottom three terms) are reported along with the r...
<p>The enrichment analysis (x axis) is expressed as the percentage of sequences at both, test (black...